Kevin Satzinger

about 2 months ago

Congratulations @NathanLacroix for winning the APS DQI Best Thesis Award! And congratulations to finalists @AniketMaiti96, Holly Stemp, Konstantin Herb, and Colin Lualdi!

about 2 months ago

Last month at the 2026 APS Global Physics Summit, two Google Quantum AI researchers were recognized as DQI Best Thesis finalists. Congratulations Nathan Lacroix (Winner) and Aniket Maiti (Finalist) on their work!

GoogleQuantumAI's tweet photo. Last month at the 2026 APS Global Physics Summit, two Google Quantum AI researchers were recognized as DQI Best Thesis finalists. Congratulations Nathan Lacroix (Winner) and Aniket Maiti (Finalist) on their work! https://t.co/QDEEvhZzQu

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2 months ago

@abe_asfaw @arxiv https://t.co/CmU3Vb6iky

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Co-design Center for Quantum Advantage (C2QA)

3 months ago

What do I need to do to gain sufficient political power to stop these infernal time changes

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Who to follow

@C2QAdvantage

We build the fundamental tools for creating quantum computers that provide a true advantage over their classical counterparts. #C2QA

Pedram Roushan

@PedramRoushan

Quantum researcher at Google.

Isaac Kim

@Isaac__kim

Working on quantum information, computation, and many-body physics. Assistant Professor of Computer Science @ UC Davis.

3 months ago

@homegymcoop

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3 months ago

@abe_asfaw Let me introduce you to “Global Physics Summit”

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Dripto Debroy @DriptoDebroy

3 months ago

Getting my submission together for QEC26 in beautiful Santa Barbara (I’m thankful it’s close to home)

3 months ago

Registration is now open for QEC26, to be held this June in sunny Santa Barbara, CA! see the registration page at https://t.co/KMkO866FcI for a link. Also, the deadline for submissions is next Friday. Make sure to get those in and spread the word to friends and collaborators!

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Craig Gidney @CraigGidney

3 months ago

@buffalu__ For all N, there is an N month sleep regression

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KJSatz retweeted

4 months ago

Made a video tutorial of using crumble to create a quantum error correction circuit: https://t.co/6Zmr5w8j8R

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Craig Gidney @CraigGidney

5 months ago

An upbeat blog post for Christmas: Quantum Error Correction goes FOOM https://t.co/o1nwmmxT85

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Craig Gidney @CraigGidney

6 months ago

We did some experimental testing of magic state cultivation! https://t.co/x7R66srm0Z A ~1e-4 end2end infidelity is tricky to measure with tomography, so we checked it vs more cultivation. The full escape stage is too wide for the chip, but we did try ending in the grafted code.

CraigGidney's tweet photo. We did some experimental testing of magic state cultivation! https://t.co/x7R66srm0Z

A ~1e-4 end2end infidelity is tricky to measure with tomography, so we checked it vs more cultivation. The full escape stage is too wide for the chip, but we did try ending in the grafted code. https://t.co/5Q3fvIQK90

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6 months ago

We introduce a new measurement technique, kickback tomography, to quantify errors in logical magic states. - Cultivation is 40x better than just injection - Including color code QEC cycles reduces error 100x (they make the circuit distance-3) Great to see QEC in action!

KJSatz's tweet photo. We introduce a new measurement technique, kickback tomography, to quantify errors in logical magic states.

- Cultivation is 40x better than just injection
- Including color code QEC cycles reduces error 100x (they make the circuit distance-3)

Great to see QEC in action! https://t.co/6ckDKDfmwk

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6 months ago

Feeling magical this holiday season? Check out our latest paper @GoogleQuantumAI, headlined by Emma Rosenfeld and @CraigGidney, experimentally testing magic state cultivation on Willow. https://t.co/UPYhRt26J2 |T⟩ so good it’s hard to measure: 0.9999(1), thread below! 🧵

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6 months ago

Cultivation is a clever protocol introduced last year to projectively measure a color code state along the “T” axis to improve fidelity. Does figure 1 demystify it? See the theory paper too: https://t.co/d7VEyW0OCP

KJSatz's tweet photo. Cultivation is a clever protocol introduced last year to projectively measure a color code state along the “T” axis to improve fidelity. Does figure 1 demystify it?

See the theory paper too: https://t.co/d7VEyW0OCP https://t.co/QzPBSTymGb

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6 months ago

Surprise voiceover!

6 months ago

Communicating with qubits is tricky, they must stay isolated to preserve their state yet still “hear” our signals. Our researchers are developing control systems that send commands and collect data without disturbing their fragile quantum states → https://t.co/VtwWo5aKSO

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KJSatz retweeted

6 months ago

Think you need a PhD for a job in quantum computing? Not necessarily, our quantum researchers joined from physics, engineering & even cryogenics. What unites them is curiosity and a drive for excellence. Learn more about Google Quantum AI team here → https://t.co/8wa2XM4ytQ

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6 months ago

@Liv_Lanes I wrote it on parental leave. The focus is timing a sequence of steps to try to prolong the first stretch of night sleep. I also put in a nap planner (calculating about wake windows to hit a target bedtime) which was better than sleep-deprived math. https://t.co/yArarESEay

KJSatz's tweet photo. @Liv_Lanes I wrote it on parental leave. The focus is timing a sequence of steps to try to prolong the first stretch of night sleep. I also put in a nap planner (calculating about wake windows to hit a target bedtime) which was better than sleep-deprived math.

https://t.co/yArarESEay https://t.co/BBJngnqgDL

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KJSatz retweeted